Jesus, it's like pulling teeth to make a simple point. You just need to pointlessly argue with everything
Sure, because you're an incessant liar. So I made it a point to call you out on it.
Ok smart ass then how about you show a quote where I lied or stated that these groups represent all women. Try using facts instead of calling names. You're done
You lied. That's a fact I've already proven repeatedly throughout this thread. I've used facts that you repeatedly ignored. You were the one who kept arguing from emotion. You were the one demanding that we "understand transgenders" while insisting upon your supposed objectivity. You were the one who made the claim that society dictated the gender norms and insisted that transgenderism was a form of "self expression" which trumped everything we have ever been taught about human biology, along with everyone elses rights. I crushed each and every one of those arguments. You are far from objective, and are thus a liar. You lied about your objectivity. And it is you, sir/madam, who are finished.
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Gender and Genetics
Genetic Components of Sex and Gender
Humans are born with 46 chromosomes in 23 pairs. The X and Y chromosomes determine a person’s sex. Most women are 46XX and most men are 46XY. Research suggests, however, that in a few births per thousand some individuals will be born with a single sex chromosome (45X or 45Y) (sex monosomies) and some with three or more sex chromosomes (47XXX, 47XYY or 47XXY, etc.) (sex polysomies). In addition, some males are born 46XX due to the translocation of a tiny section of the sex determining region of the Y chromosome. Similarly some females are also born 46XY due to mutations in the Y chromosome. Clearly, there are not only females who are XX and males who are XY, but rather, there is a range of chromosome complements, hormone balances, and phenotypic variations that determine sex.
The biological differences between men and women result from two processes: sex determination and differentiation.(3) The biological process of sex determination controls whether the male or female sexual differentiation pathway will be followed. The process of biological sex differentiation (development of a given sex) involves many genetically regulated, hierarchical developmental steps. More than 95% of the Y chromosome is male-specific (4) and a single copy of the Y chromosome is able to induce testicular differentiation of the embryonic gonad. The Y chromosome acts as a dominant inducer of male phenotype and individuals having four X chromosomes and one Y chromosome (49XXXXY) are phenotypically male. (5) When a Y chromosome is present, early embryonic testes develop around the 10th week of pregnancy. In the absence of both a Y chromosome and the influence of a testis-determining factor (TDF), ovaries develop.
Gender, typically described in terms of masculinity and femininity, is a social construction that varies across different cultures and over time. (6) There are a number of cultures, for example, in which greater gender diversity exists and sex and gender are not always neatly divided along binary lines such as male and female or homosexual and heterosexual. The Berdache in North America, the fa’afafine (Samoan for “the way of a woman”) in the Pacific, and the kathoey in Thailand are all examples of different gender categories that differ from the traditional Western division of people into males and females. Further, among certain North American native communities, gender is seen more in terms of a continuum than categories, with special acknowledgement of “two-spirited” people who encompass both masculine and feminine qualities and characteristics. It is apparent, then, that different cultures have taken different approaches to creating gender distinctions, with more or less recognition of fluidity and complexity of gender."
Sex Chromosome Abnormalities
Turner syndrome
XXX Females
Klinefelter Syndrome
XYY Males
WHO | Gender and Genetics
